Pathway

Read more, learn more, ask more questions; don’t pretend to understand when you don’t

The answer is upstairs. For dry equipment, experience is very important; one needs to learn more and seek advice from those who are more experienced. Additionally, to master equipment, one needs to understand the manufacturing process; the original poster has a background in this field, so there should be no problem. Some insights from learning*: 1. It is necessary to understand the principles and structures of the equipment in the system, especially those key devices, by reading as much information as possible ； 2. Understand the composition and function of each component, be able to identify which ones are vulnerable parts, and keep track of the inventory of spare parts ； 3. On this basis, research or consult others regarding past equipment problems that have occurred with this device or in similar industries, as well as the solutions to those problems, so as to have a clear understanding ； 4. Start trying to resolve the equipment issues, thinking as thoroughly as possible. One needs to be both bold and careful, while also paying attention to safety to avoid accidents–always keeping in mind that safety comes first. 5. A less legitimate trick: seek advice from superiors more often—this way, multiple people can help come up with ideas and provide oversight, while also avoiding having to bear all the responsibility in case something goes wrong. ……

I’m extremely grateful for the answers and suggestions from the two guys above; I really want to thank them here! I would be extremely grateful if there were any introductory materials available! :handshake

We will start with process equipment, then move on to process control, followed by mechatronics, and finally attempt design and manufacturing.